Time vs displacement plot of a Transfer function
I am trying to plot time vs displacement plot of a transfer function. It is a simple case of spherical body in a liquid hence excitation of a spherical body is being resisted by the (elastic and viscous properties of the liquid) Hence F excitation= F inertia + F (elastic) + F viscous.
The final transfer function is of the form below where Delta Q is the relative displacement between the body and the liquid where as Vm is the excitation velocity.
I have used this transfer function to find eigen frequency for this system. Now i wants to check if the system undergoes resonance at that eigen frequency. How to do it using matlabI am trying to plot time vs displacement plot of a transfer function. It is a simple case of spherical body in a liquid hence excitation of a spherical body is being resisted by the (elastic and viscous properties of the liquid) Hence F excitation= F inertia + F (elastic) + F viscous.
The final transfer function is of the form below where Delta Q is the relative displacement between the body and the liquid where as Vm is the excitation velocity.
I have used this transfer function to find eigen frequency for this system. Now i wants to check if the system undergoes resonance at that eigen frequency. How to do it using matlab I am trying to plot time vs displacement plot of a transfer function. It is a simple case of spherical body in a liquid hence excitation of a spherical body is being resisted by the (elastic and viscous properties of the liquid) Hence F excitation= F inertia + F (elastic) + F viscous.
The final transfer function is of the form below where Delta Q is the relative displacement between the body and the liquid where as Vm is the excitation velocity.
I have used this transfer function to find eigen frequency for this system. Now i wants to check if the system undergoes resonance at that eigen frequency. How to do it using matlab matlab, plot MATLAB Answers — New Questions